Connecting Fundamental Constants

Details Connecting Fundamental Constants Connecting Fundamental Constants

May 2008

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2008aipc.1018..116d&link_type=abstract

FRONTIERS OF FUNDAMENTAL AND COMPUTATIONAL PHYSICS: 9th International Symposium. AIP Conference Proceedings, Volume 1018, pp. 1

Physics

Physics Of Black Holes, Determination Of Fundamental Constants, Cosmology, Quantum Gravity

Scientific paper

A model for a black hole electron is built from three basic constants only: h, c and G. The result is a description of the electron with its mass and charge. The nature of this black hole seems to fit the properties of the Planck particle and new relationships among basic constants are possible. The time dilation factor in a black hole associated with a variable gravitational field would appear to us as a charge; on the other hand the Planck time is acting as a time gap drastically limiting what we are able to measure and its dimension will appear in some quantities. This is why the Planck time is numerically very close to the gravitational/electric force ratio in an electron: its difference, disregarding a π2 factor, is only 0.2%. This is not a coincidence, it is always the same particle and the small difference is between a rotating and a non-rotating particle. The determination of its rotational speed yields accurate numbers for many quantities, including the fine structure constant and the electron magnetic moment.

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